More efficient, more eco-friendly

More efficient, more eco-friendly

The DVM S WATER air conditioning system saves money and the environment, while providing a powerful performance. Its innovative Dual Inverter Compressor with a high efficiency Vapor Injection System ensures powerful, rapid cooling and heating with minimum energy consumption, so it’s very eco-friendly. A Plate Heat Exchanger also improves the heat exchange efficiency and ensures stable cooling and heating performances.

Flexible installation almost anywhere

Flexible installation almost anywhere

The DVM S WATER air conditioning system can be installed almost anywhere, regardless of its location or distance from the building. It has a maximum piping length of up to 170 meters (558 feet) between the outdoor and indoor units, while still ensuring complete reliability. It can also reach up to a height of 50 meters (164 feet), which is the equivalent of 10 stories.

Lower installation costs, great capacity

Lower installation costs, great capacity

The DVM S WATER air conditioning system is much more economical to install as it has a small footprint and lightweight design, but a large 20 horsepower (HP) capacity. So instead of installing two 10HP units you only need one 20HP Samsung unit – using 30% less space and significantly reducing the costs of valves, fittings and gauges. You can also combine up to three units to create a total capacity of 60HP.

With the DVM S WATER air conditioning system’s optional Mode Control Unit (MCU) you can independently cool and heat different spaces at the same time. Instead of just heating or cooling all spaces at the same time, with the MCU each indoor unit can be operated separately, so you can simultaneously heat some rooms or areas of the building, while cooling others.

The DVM S WATER air conditioning system’s louver-less installation ensures that the outside of your building stays looking neat and tidy. Because it’s cooled with water, there’s no need to install unsightly louver to allow air to circulate and remove excess heat. So it can be easily installed inside a building, without impacting on the integrity of its architectural design.